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    • 5. 发明授权
    • Front and rear wheel steering device
    • 前后轮转向装置
    • US4695068A
    • 1987-09-22
    • US822000
    • 1986-01-24
    • Yoshimichi KawamotoYoshimi FurukawaTetsuro HamadaMitsuya Serizawa
    • Yoshimichi KawamotoYoshimi FurukawaTetsuro HamadaMitsuya Serizawa
    • B62D7/15B62D6/00
    • B62D7/1545
    • In a front and rear wheel steering device contive for vehicle in which the steering angle ratio of the rear wheels relative to the front wheels is variable according to the vehicle speed, provision of a manual selection means for fixing the steering angle ratio to certain fixed values which may be either positive or negative can greatly improve the maneuverability of the vehicle in both high speed and low speed ranges. However, inadvertent manual selection of the steering angle ratio is not desirable since it may cause a sudden change in the steering angle of the rear wheels. Therefore, this invention provides means for preventing the manual selection of the steering angle ratio when it is not proper. This means may be an active prohibition control of manual steering angle ratio selection means, an alarm to warn the driver or a vehicle speed control which limits the vehicle speed. The situations in which the manual selection of the steering angle ratio is not proper may be determined from such factors as vehicle acceleration, transmission shift position, steering rate and so on.
    • 在后轮相对于前轮的转向角比可根据车速而变化的车辆用后轮转向装置中,设置用于将转向角比固定为某一固定值的手动选择装置 其可以是正的或负的可以大大提高车辆在高速和低速范围内的机动性。 然而,无意的手动选择转向角比是不期望的,因为它可能导致后轮的转向角的突然变化。 因此,本发明提供了当不适当时防止手动选择转向角比的装置。 这意味着可以是手动转向角比选择装置的主动禁止控制,警告驾驶员的警报或限制车辆速度的车速控制。 可以根据车辆加速度,变速档位,转向率等因素来确定手动选择转向角比例不正确的情况。
    • 8. 发明授权
    • Steering system for vehicles
    • 车辆转向系统
    • US4598788A
    • 1986-07-08
    • US695956
    • 1985-01-29
    • Mitsuya SerizawaShoichi SanoYoshimi Furukawa
    • Mitsuya SerizawaShoichi SanoYoshimi Furukawa
    • B62D7/15B62D5/00
    • B62D7/159B62D7/1572
    • A steering system for a vehicle with front and rear wheels suspended from a vehicle body through a suspending mechanism, comprising a front wheel steering mechanism for steering the front wheels at an angle in accordance with a steering operation of a driver, and a rear wheel steering mechanism for steering the rear wheels at an angle in accordance with a travelling state of the vehicle. The rear wheel steering mechanism has an arrangement for determining a steered angle correction quantity of the rear wheels in correspondence with a cushioning state of the wheel suspending mechanism, and an arrangement for specifying the steering angle of the rear wheels in accordance with the steered angle correction quantity.The cushioning state may be ascertained by detecting a cushioning stroke of the suspending mechanism or a roll angle of the vehicle.
    • 一种用于车辆的转向系统,其具有通过悬挂机构从车身悬挂的前轮和后轮,包括前轮转向机构,用于根据驾驶员的转向操作以一定角度转向前轮,以及后轮转向 用于根据车辆的行驶状态以一定角度转向后轮的机构。 后轮转向机构具有用于根据车轮悬挂机构的缓冲状态来确定后轮的转向角度校正量的装置,以及用于根据转向角度校正来指定后轮的转向角的装置 数量。 可以通过检测悬挂机构的缓冲行程或车辆的倾斜角来确定缓冲状态。
    • 9. 发明授权
    • Actuator for steering the rear wheels in front and rear wheel steering
device for vehicle
    • 用于车辆前轮和后轮转向装置的后轮转向的执行器
    • US4767129A
    • 1988-08-30
    • US821998
    • 1986-01-24
    • Yoshimichi KawamotoYoshimi FurukawaTetsuro HamadaMitsuya Serizawa
    • Yoshimichi KawamotoYoshimi FurukawaTetsuro HamadaMitsuya Serizawa
    • B62D7/15B62D9/00
    • B62D7/1545
    • Disclosed is an actuator for steering the rear wheels in front and rear wheel steering device for vehicle in which the external forces, such as the self aligning torque of the rear wheels and irregularities of the road surface, which may be applied to the rear wheels are prevented from being transmitted to the actuator for controlling the steering angle of the rear wheels. Thereby, the steering angle of the rear wheels are determined solely by the control action of the front and rear wheel steering device and the motion of the vehicle is not affected by external forces. As a result, the vehicle motion is stabilized. When the force for steering the front wheels is transmitted to the rear wheels to steer them, elimination of the reaction from the road to the actuator prevents undesirable variation in the force required to steer the vehicle or the force required to hold a steering angle. Elimination of reaction to the actuator can be accomplished by worm gears, screw threads and so on in which the lead angle is smaller than the friction angle.
    • 公开了一种用于车辆前轮转向装置和后轮转向装置中用于转向后轮的致动器,其中可以施加到后轮的后轮的自对准扭矩和路面的不规则性等外力是 防止被传递到用于控制后轮的转向角的致动器。 因此,后轮的转向角仅由前轮和后轮转向装置的控制动作确定,车辆的运动不受外力的影响。 结果,车辆运动稳定。 当用于转向前轮的力被传递到后轮以转向时,消除从道路到致动器的反作用力可防止转向车辆所需的力或保持转向角所需的力的不期望的变化。 消除对致动器的反应可以通过蜗杆,螺纹等实现,其中导程角小于摩擦角。
    • 10. 发明授权
    • Front and rear wheel steering device
    • 前后轮转向装置
    • US4705135A
    • 1987-11-10
    • US822293
    • 1986-01-24
    • Yoshimichi KawamotoYoshimi FurukawaTetsuro HamadaMitsuya Serizawa
    • Yoshimichi KawamotoYoshimi FurukawaTetsuro HamadaMitsuya Serizawa
    • B62D7/15B60K17/358
    • B62D7/1545
    • The front and rear wheel steering device of the present invention not only has a means for allowing the manual selection of a mathematical function which determines the steering angle ratio of the rear wheels relative to the front wheels from a plurality of mathematical functions but also has a means for limiting such a manual selection depending on the condition of the vehicle. Since manual selection of a mathematical function for the steering angle ratio may not be appropriate under certain vehicle conditions, the device of the present invention limits such a manual selection when the vehicle speed, the vehicle acceleration, the shift position of the transmission, the steering speed or the steering acceleration is greater than a certain value. Thereby, the convenience of the manual selection of the steering angle ratio is preserved yet any undesirable vehicle response from improper manual selection of the steering angle ratio is prevented.
    • 本发明的前轮和后轮转向装置不仅具有允许手动选择从多个数学函数确定后轮相对于前轮的转向角比的数学函数的装置,而且还具有 用于根据车辆的状况限制这种手动选择的装置。 由于在某些车辆状态下手动选择转向角比的数学函数可能不合适,所以本发明的装置在车速,车辆加速度,变速器的换档位置,转向 转速或转向加速度大于一定值。 因此,保持手动选择转向角比的便利性,防止了由于不正确的手动选择转向角比而导致的不期望的车辆响应。